The RCBS 87305 Dial Caliper delivers precise measurements essential for accurate ammunition reloading and firearm maintenance. This stainless steel measuring tool provides the reliability professional reloaders demand for consistent results.
What Makes This Different
Unlike generic calipers, the RCBS 87305 features hardened stainless steel construction specifically engineered for reloading applications. The large, easy-read dial face eliminates guesswork when measuring case lengths, bullet diameters, and primer pocket depths. Smooth rack and pinion movement ensures consistent readings across thousands of measurements.
Key Features
- 6-inch measuring capacity handles most rifle and pistol cartridge components
- Stainless steel construction resists corrosion from powder residue and solvents
- Large dial face with clear markings for quick, accurate readings
- Fine adjustment wheel allows precise measurements to 0.001 inches
- Hardened measuring surfaces maintain accuracy over extended use
- Smooth rack and pinion mechanism provides consistent operation
- Protective case included for storage and transport
Reloaders rely on the RCBS 87305 for critical measurements including case trimming verification, bullet seating depth, and cartridge overall length. The caliper handles brass preparation tasks, component sorting, and quality control checks with consistent precision. Whether measuring .223 Remington cases or .308 Winchester bullets, the tool maintains accuracy across multiple calibers and component types.
Technical Specs
- Measuring range: 0-6 inches (0-150mm)
- Resolution: 0.001 inches (0.02mm)
- Material: Hardened stainless steel construction
- Dial size: Large format for easy reading
- Weight: Approximately 8 ounces
- Includes protective storage case
- Compatible with all standard cartridge components
The RCBS 87305 represents a sound investment for serious reloaders who understand that precision measurements directly impact ammunition performance. Quality measuring tools pay dividends in consistent accuracy and reduced component waste.